Media Storage Type : 32 GB USB Stick
NPTEL Subject Matter Expert : Prof. V Kumaran
NPTEL Co-ordinating Institute : IISc Bangalore
NPTEL Lecture Count : 60
NPTEL Course Size : 8.3 GB
NPTEL PDF Text Transcription : Available and Included
NPTEL Subtitle Transcription : Available and Included (SRT)
Lecture Titles:
Lecture 1 - Dimensions and units
Lecture 2 - Dimensions and units, dimension of an equation
Lecture 3 - Dimensional analysis, settling sphere
Lecture 4 - Dimensional analysis, Brownian diffusivity, torque on a particle
Lecture 5 - Mass transfer to suspended particles
Lecture 6 - Heat transfer in a heat exchanger
Lecture 7 - Momentum transfer, flow in a pipe, friction factor
Lecture 8 - Dimensionless groups - ratio of convection and diffusion
Lecture 9 - Dimensionless fluxes, other dimensionless groups
Lecture 10 - Laminar and turbulent flow in a pipe
Lecture 11 - Flow past flat plate
Lecture 12 - Correlations for drag coefficient
Lecture 13 - Correlations for drag coefficient
Lecture 14 - Flow through packed column
Lecture 15 - Unit operations for mixing
Lecture 16 - Droplet breakup
Lecture 17 - Heat and mass transfer, Colburn and Reynolds analogy
Lecture 18 - Low Peclet number heat/mass transfer, high Peclet number laminar flow
Lecture 19 - High Peclet number laminar/turbulent flows. Flow in pipe, flow past flat plate
Lecture 20 - High Peclet number laminar/turbulent flows. Flow past particle
Lecture 21 - Flow past mobile interfaces, flow in packed column
Lecture 22 - Natural convection
Lecture 23 - Mass diffusion in gases
Lecture 24 - Mass diffusion in gases
Lecture 25 - Mass diffusion in liquids
Lecture 26 - Thermal diffusion
Lecture 27 - Momentum diffusion
Lecture 28 - Dispersion
Lecture 29 - Turbulent dispersion, dispersion in packed column, Taylor dispersion
Lecture 30 - Unidirectional transport. Shell balance
Lecture 31 - Unidirectional transport. Common form of transport equations
Lecture 32 - Steady solutions, constant diffusivity, parallel and series conduction
Lecture 33 - Steady solutions, internal source, viscous heating
Lecture 34 - Steady solutions, flow down inclined plane
Lecture 35 - Steady solutions, internal source, electrokinetic flow
Lecture 36 - Steady solutions, internal source, electrokinetic flow
Lecture 37 - Steady solutions, internal source, diffusion-reaction
Lecture 38 - Binary diffusion
Lecture 39 - Binary diffusion
Lecture 40 - Correlations in balance equations. Transport by diffusion
Lecture 41 - Correlations in balance equations. Transport by diffusion
Lecture 42 - Correlations in balance equations. Forced convection
Lecture 43 - Correlations in balance equations. Forced convection
Lecture 44 - Correlations in balance equations. Natural convection
Lecture 45 - Correlations in balance equations. Packed column
Lecture 46 - Cylindrical co-ordinates. Balance equation
Lecture 47 - Cylindrical co-ordinates. Steady conduction
Lecture 48 - Cylindrical co-ordinates. Heat transfer resistance
Lecture 49 - Cylindrical co-ordinates. Examples
Lecture 50 - Spherical co-ordinates. Balance equation
Lecture 51 - Spherical co-ordinates. Heat transfer resistance
Lecture 52 - Laminar flow in a pipe. Momentum balance
Lecture 53 - Laminar flow in a pipe. Velocity profile. Friction factor
Lecture 54 - Laminar flow in a pipe. Friction factor correlation
Lecture 55 - Laminar flow in a pipe. Examples
Lecture 56 - Laminar flow in a pipe. Examples
Lecture 57 - Turbulence. Instability and transition
Lecture 58 - Turbulent flow in a pipe. Dissipation rate, turbulence scales
Lecture 59 - Turbulent flow in a pipe. Turbulence cascade
Lecture 60 - Turbulent flow in a pipe. Structure of turbulence